<p>After fluorogenic derivatization, the protein mixtures are separated by HPLC, and proteins exhibiting significant differential expression are isolated and identified using nano-HPLC-MS/MS and database searching.</p
Proteins are central players in biology. Being able to detect and quantify proteins in various circu...
Proteomics can be defined as the systematic analysis of proteins for their identity, quantity and fu...
Advances in instrumentation and data analysis software have allowed mass spectrometry to become perh...
The field of proteomics seeks to address a grand problem in biology where large-scale determination ...
Systems biology aims to understand biological phenomena in terms of complex biological and molecular...
<p>Two different cell disruption methods were compared with respect to the number of protein groups ...
Systems biology aims to understand biological phenomena in terms of complex biological and molecular...
<div><p>Systems biology aims to understand biological phenomena in terms of complex biological and m...
A characteristic of many proteoforms, derived from a single gene, is their similarity regarding the ...
List of differential proteins obtained from the follicular fluid glycoproteins enriched using a lect...
Biological pathways represent the relationships (reactions and interactions) between biological mole...
Mass spectrometry (MS) is currently the most sensitive and selective analytical technique for routin...
“Proteomics” refers to the systematic analysis of proteins. It complements other “omics” technologie...
Proteomics, the study of the proteins constituting the proteome, has featured in the past few years ...
A characteristic of many proteoforms, derived from a single gene, is their similarity regarding the ...
Proteins are central players in biology. Being able to detect and quantify proteins in various circu...
Proteomics can be defined as the systematic analysis of proteins for their identity, quantity and fu...
Advances in instrumentation and data analysis software have allowed mass spectrometry to become perh...
The field of proteomics seeks to address a grand problem in biology where large-scale determination ...
Systems biology aims to understand biological phenomena in terms of complex biological and molecular...
<p>Two different cell disruption methods were compared with respect to the number of protein groups ...
Systems biology aims to understand biological phenomena in terms of complex biological and molecular...
<div><p>Systems biology aims to understand biological phenomena in terms of complex biological and m...
A characteristic of many proteoforms, derived from a single gene, is their similarity regarding the ...
List of differential proteins obtained from the follicular fluid glycoproteins enriched using a lect...
Biological pathways represent the relationships (reactions and interactions) between biological mole...
Mass spectrometry (MS) is currently the most sensitive and selective analytical technique for routin...
“Proteomics” refers to the systematic analysis of proteins. It complements other “omics” technologie...
Proteomics, the study of the proteins constituting the proteome, has featured in the past few years ...
A characteristic of many proteoforms, derived from a single gene, is their similarity regarding the ...
Proteins are central players in biology. Being able to detect and quantify proteins in various circu...
Proteomics can be defined as the systematic analysis of proteins for their identity, quantity and fu...
Advances in instrumentation and data analysis software have allowed mass spectrometry to become perh...
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